Motphys Products
Through extreme performance optimization in algorithms and engineering, our goal is to provide high-quality results in large-scale real-time simulations.
| Product | Optional Modules | Product Description | Application Scenarios | Subscription Options |
|---|---|---|---|---|
MotrixSim Embodied Intelligence Simulation Platform | Basic Version | Providing extremely precise simulation through Motphys proprietary physics engine: supporting generalized coordinates and multi-body physics modeling, and adopting implicit solvers to achieve more accurate drive models and superior dynamic stability. Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles. In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios. To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds. | Robot Simulation & AI Training High-precision Real-time Industrial Simulation Real-time Simulation Verification | Free |
Pro Version | Robot Simulation & AI Training High-precision Real-time Industrial Simulation Real-time Simulation Verification | 2 months / 1 year / 3 years / Permanent | ||
MotrixSim-Jax (GPU Version) | Large-scale Homogeneous Robot Training Simulation Data Generation & Annotation Industrial Digital Twins | 2 months / 1 year / 3 years / Permanent | ||
MotrixSim-Warp (GPU Version) | Large-scale Homogeneous/Heterogeneous Robot Training Simulation Data Generation & Annotation Industrial Digital Twins Large-scale Collision Contact | 2 months / 1 year / 3 years / Permanent | ||
Morphos Labs Machine Learning Framework | Basic Version | Morphos Labs is a machine learning framework built on top of MotrixSim, integrating various machine learning libraries and algorithms to support a wide range of machine learning tasks. The framework integrates specially customized pipelines, such as reinforcement learning pipelines for robot locomotion training, and custom pipelines for data synthesis. These highly optimized processes enable developers to conduct experiments and product development more efficiently. | AI Training Synthetic Data | Free |
Pro Version | 2 months / 1 year / 3 years / Permanent | |||
Motphys Rigidbody Rigid Body Physics Simulation | Basic Version | Rigid body physics simulation covers features such as collision detection, dynamics, joints, and scene queries for rigid bodies. Provides Unity SDK, Python SDK, and C SDK. | Games & XR Low-precision Real-time Industrial Simulation | Free |
Cross-platform Determinism | We are the first in the industry to achieve complete consistency of floating-point calculation results in cross-terminal and cross-platform physics simulation. Users can obtain consistent simulation results on multiple devices or platforms. This also makes dynamic allocation of distributed computing power on heterogeneous devices possible. | Multi-platform Game Development Distributed Cloud Computing Services | 2 months / 1 year / 3 years / Permanent | |
Distributed Physics | Distributed computing for real-time physics simulation has successfully solved the computational bottleneck problem encountered in large-scale physics simulation on a single machine. With this technology, we can build large-scale cloud-based physical simulation environments. | Metaverse Distributed Cloud Computing Services | 2 months / 1 year / 3 years / Permanent | |
Motphys GPU Particles GPU Particle Simulation | Cloth and Inflatable Cloth | Leveraging the parallel computing advantages of GPUs, we can rapidly simulate the dynamic behavior and interaction of large-scale particles, thereby reproducing various complex physical phenomena in the real world. The unified solving framework can handle multiple physical materials including cloth, soft bodies, fluids, and hair, and supports interaction effects between these different materials. | Real-time Interactive Technology Games & XR Visual Effects | 2 months / 1 year / 3 years / Permanent |
Soft Body | 2 months / 1 year / 3 years / Permanent | |||
Fluid | 2 months / 1 year / 3 years / Permanent | |||
Hair | 2 months / 1 year / 3 years / Permanent | |||
VFX Particle System | Provides precise control over particle lifecycle; includes rich parameter adjustment options for adjusting particle appearance; allows particles to interact with objects in the scene, gravity, wind, or other external forces. | 2 months / 1 year / 3 years / Permanent |
MotrixSim Embodied Intelligence Simulation Platform
Product Description
Providing extremely precise simulation through Motphys proprietary physics engine: supporting generalized coordinates and multi-body physics modeling, and adopting implicit solvers to achieve more accurate drive models and superior dynamic stability.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Providing extremely precise simulation through Motphys proprietary physics engine: supporting generalized coordinates and multi-body physics modeling, and adopting implicit solvers to achieve more accurate drive models and superior dynamic stability.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Providing extremely precise simulation through Motphys proprietary physics engine: supporting generalized coordinates and multi-body physics modeling, and adopting implicit solvers to achieve more accurate drive models and superior dynamic stability.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Providing extremely precise simulation through Motphys proprietary physics engine: supporting generalized coordinates and multi-body physics modeling, and adopting implicit solvers to achieve more accurate drive models and superior dynamic stability.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Our toolchain covers the complete workflow from training, validation to deployment, providing comprehensive solutions and significantly accelerating development cycles.
In addition, MotrixSim supports the generation of high-quality synthetic data, reducing annotation costs and covering rare scenarios.
To accelerate training efficiency, we have also launched GPU versions that support parallel training of multiple worlds.
Application Scenarios
Robot Simulation & AI Training
High-precision Real-time Industrial Simulation
Real-time Simulation Verification
High-precision Real-time Industrial Simulation
Real-time Simulation Verification
Robot Simulation & AI Training
High-precision Real-time Industrial Simulation
Real-time Simulation Verification
High-precision Real-time Industrial Simulation
Real-time Simulation Verification
Large-scale Homogeneous Robot Training
Simulation Data Generation & Annotation
Industrial Digital Twins
Simulation Data Generation & Annotation
Industrial Digital Twins
Large-scale Homogeneous/Heterogeneous Robot Training
Simulation Data Generation & Annotation
Industrial Digital Twins
Large-scale Collision Contact
Simulation Data Generation & Annotation
Industrial Digital Twins
Large-scale Collision Contact
Subscription Options
Free
2 months / 1 year / 3 years / Permanent
2 months / 1 year / 3 years / Permanent
2 months / 1 year / 3 years / Permanent
Morphos Labs Machine Learning Framework
Product Description
Morphos Labs is a machine learning framework built on top of MotrixSim, integrating various machine learning libraries and algorithms to support a wide range of machine learning tasks.
The framework integrates specially customized pipelines, such as reinforcement learning pipelines for robot locomotion training, and custom pipelines for data synthesis. These highly optimized processes enable developers to conduct experiments and product development more efficiently.
The framework integrates specially customized pipelines, such as reinforcement learning pipelines for robot locomotion training, and custom pipelines for data synthesis. These highly optimized processes enable developers to conduct experiments and product development more efficiently.
Morphos Labs is a machine learning framework built on top of MotrixSim, integrating various machine learning libraries and algorithms to support a wide range of machine learning tasks.
The framework integrates specially customized pipelines, such as reinforcement learning pipelines for robot locomotion training, and custom pipelines for data synthesis. These highly optimized processes enable developers to conduct experiments and product development more efficiently.
The framework integrates specially customized pipelines, such as reinforcement learning pipelines for robot locomotion training, and custom pipelines for data synthesis. These highly optimized processes enable developers to conduct experiments and product development more efficiently.
Application Scenarios
AI Training
Synthetic Data
Synthetic Data
AI Training
Synthetic Data
Synthetic Data
Subscription Options
Free
2 months / 1 year / 3 years / Permanent
Motphys Rigidbody Rigid Body Physics Simulation
Product Description
Rigid body physics simulation covers features such as collision detection, dynamics, joints, and scene queries for rigid bodies. Provides Unity SDK, Python SDK, and C SDK.
We are the first in the industry to achieve complete consistency of floating-point calculation results in cross-terminal and cross-platform physics simulation. Users can obtain consistent simulation results on multiple devices or platforms. This also makes dynamic allocation of distributed computing power on heterogeneous devices possible.
Distributed computing for real-time physics simulation has successfully solved the computational bottleneck problem encountered in large-scale physics simulation on a single machine. With this technology, we can build large-scale cloud-based physical simulation environments.
Application Scenarios
Games & XR
Low-precision Real-time Industrial Simulation
Low-precision Real-time Industrial Simulation
Multi-platform Game Development
Distributed Cloud Computing Services
Distributed Cloud Computing Services
Metaverse
Distributed Cloud Computing Services
Distributed Cloud Computing Services
Subscription Options
Free
2 months / 1 year / 3 years / Permanent
2 months / 1 year / 3 years / Permanent
Motphys GPU Particles GPU Particle Simulation
Product Description
Leveraging the parallel computing advantages of GPUs, we can rapidly simulate the dynamic behavior and interaction of large-scale particles, thereby reproducing various complex physical phenomena in the real world. The unified solving framework can handle multiple physical materials including cloth, soft bodies, fluids, and hair, and supports interaction effects between these different materials.
Leveraging the parallel computing advantages of GPUs, we can rapidly simulate the dynamic behavior and interaction of large-scale particles, thereby reproducing various complex physical phenomena in the real world. The unified solving framework can handle multiple physical materials including cloth, soft bodies, fluids, and hair, and supports interaction effects between these different materials.
Leveraging the parallel computing advantages of GPUs, we can rapidly simulate the dynamic behavior and interaction of large-scale particles, thereby reproducing various complex physical phenomena in the real world. The unified solving framework can handle multiple physical materials including cloth, soft bodies, fluids, and hair, and supports interaction effects between these different materials.
Leveraging the parallel computing advantages of GPUs, we can rapidly simulate the dynamic behavior and interaction of large-scale particles, thereby reproducing various complex physical phenomena in the real world. The unified solving framework can handle multiple physical materials including cloth, soft bodies, fluids, and hair, and supports interaction effects between these different materials.
Provides precise control over particle lifecycle; includes rich parameter adjustment options for adjusting particle appearance; allows particles to interact with objects in the scene, gravity, wind, or other external forces.
Application Scenarios
Real-time Interactive Technology
Games & XR
Visual Effects
Games & XR
Visual Effects
Real-time Interactive Technology
Games & XR
Visual Effects
Games & XR
Visual Effects
Real-time Interactive Technology
Games & XR
Visual Effects
Games & XR
Visual Effects
Real-time Interactive Technology
Games & XR
Visual Effects
Games & XR
Visual Effects
Real-time Interactive Technology
Games & XR
Visual Effects
Games & XR
Visual Effects
Subscription Options
2 months / 1 year / 3 years / Permanent
2 months / 1 year / 3 years / Permanent
2 months / 1 year / 3 years / Permanent
2 months / 1 year / 3 years / Permanent
2 months / 1 year / 3 years / Permanent